- #1
jal3ous
- 5
- 0
< Mentor Note -- thread moved to HH from the technical physics forums, so no HH Template is shown >
Hello,
I'v been trying to find an answer for this question for quite some time, I always hit a complex trigonometric equation or a 4th degree polynomial equation. any help would be very much appreciated!
Here's the problem:
a point body (B) is thrown in space (no friction) from a point (P1) with an initial velocity vector (V) and a constant acceleration vector (A). The trajectory generated by (B) passes through a point (P2).
We know the distance between (P1) and (P2) = d
We know the angle between the vector (P1P2) and the vector (V) = alpha
We know the magnitude of (V) = v
We know the magnitude of (A) = a
Calculate the angle (theta) between (V) and (A)
Hello,
I'v been trying to find an answer for this question for quite some time, I always hit a complex trigonometric equation or a 4th degree polynomial equation. any help would be very much appreciated!
Here's the problem:
a point body (B) is thrown in space (no friction) from a point (P1) with an initial velocity vector (V) and a constant acceleration vector (A). The trajectory generated by (B) passes through a point (P2).
We know the distance between (P1) and (P2) = d
We know the angle between the vector (P1P2) and the vector (V) = alpha
We know the magnitude of (V) = v
We know the magnitude of (A) = a
Calculate the angle (theta) between (V) and (A)
Last edited by a moderator: